Natural Gas Generator 58

8/10/2019 Natural Gas Generator 58

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ETTES POWER MACHINERY CO LTDAdd: No 188, Anshan West Road, Nankai District, Tianjin, China. Website:www.ettespower.com

Tel: +86-2258112239/58112272 +86-13672013688 Email:[email protected],[email protected]

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Ettes Power Natural Gas Generating Set

Ettes Power Gas Generating Set can be powered by world famous gas engines of Cummins, MWM-Deutz, JDEC 190, Perkins, Man, WMW-DEUTZ and CSR 240/280 series, coupled

with Stamford, Leroy Somer or Siemens alternators, power ranging from 20kva upto 4000kva. The applicable fuel can be natural gas, biogas, biomass/syngas, coal gas, marsh gas

and shales gas etc. By assimilating gas engine concerning technologies of Mixer, Ignitions System, Governor System from WOODWARD, MOTORTECH, HEINZMANN, ALTRONIC,

IMPCO, STITT, our gas generator set can work at reliable performance, easy for maintenance, much longer life-span and very economic in price based on wonderful quality.Furthermore, special requirements for CHP System (combined heat and power), ATS, Soundproof Canopy, Parallel & Synchronization Control panel can be satisfied. Ettes Power

natural gas generator set enjoy hot ready markets in domestic markets and overseas markets including South Africa, South America, Europe, Middle East and Southeast Asia

countries etc.

Cummins Natural Gas Generator(50HZ/60HZ)

Genset

Model

Prime PowerStandby

PowerGas Engine Alternator No.of

Cylinders&

Type

BoreStroke

(mm)

Displace

ment (L)

Rotation Speed

(rpm,50HZ/60HZ)

Gas

Consumption

(m3/kw.h)

Overall dimension

(L*W*H)(mm)

Weight

(kg)KW KVA KW KVA Cummins

Leroy Somer

or Equal

EC-25N 20 25 22 28 4B3.9 LSA Series 4. in Lee 102/120 3.9 1500/1800 0.3 1950*1000*1350 1010

EC-38N 30 38 33 41 4BT3.9 LSA Series 4. in Lee 102/120 3.9 1500/1800 0.3 1950*1000*1350 1010

EC-50N 40 50 44 55 4BTA3.9 LSA Series 4. in Lee 102/120 3.9 1500/1800 0.3 1950*1000*1350 1010

EC-56N 45 56 50 63 4BTAA3.9 LSA Series 4. in Lee 102/120 3.9 1500/1800 0.3 1950*1000*1350 1010

EC-75N 60 75 66 82 6BTA5.9 LSA Series 6. in Lee 102/120 5.9 1500/1800 0.3 2280*1050*1500 1400

EC-100N 80 100 88 110 6BTAA5.9 LSA Series 6. in Lee 102/120 3.9 1500/1800 0.3 2280*1050*1500 1350

EC-120N 96 120 105 130 6CTA8.3 LSA Series 6. in Lee 114/135 8.3 1500/1800 0.3 2350*1050*1560 1600

EC-130N 104 130 114 143 6CTAA8.3 LSA Series 6. in Lee 114/135 8.3 1500/1800 0.3 2350*1050*1560 1600

EC-138N 110 138 121 152 6CTAA8.3 LSA Series 6. in Lee 114/135 8.3 1500/18000.3

2350*1050*1560 1600

EC-150N 120 150 132 165 6CTAA8.3 LSA Series 6. in Lee 114/135 8.3 1500/1800 0.3 2350*1050*1560 1600

EC-200N 160 200 176 220 NTAA855 LSA Series 6. in Lee 140/152 14 1500/1800 0.3 2500*1200*1800 3000





EC-350N 280 350 308 385 KTAA19 LSA Series 6. in Lee 159/159 19 1500/1800 0.3 3400*1300*1960 3500

EC-375N 300 375 330 413 KTAA19 LSA Series 6. in Lee 159/159 19 1500/1800 0.3 3400*1300*1960 3500

EC-500N 400 500 440 550 KTA38 LSA Series 12. in Vee 159/159 38 1500/1800 0.3 4500*1900*2300 8200


http://www.ettespower.com/http://www.ettespower.com/http://www.ettespower.com/mailto:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]://www.ettespower.com/


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Perkins Natural Gas Generator(50HZ/60HZ)

Genset

Model

Prime PowerStandby


Cylinders&

Type

BoreStroke

(mm)

Displace

ment (L)

Rotation Speed

(rpm,50HZ/60HZ)

Gas

Consumption

(m3/kw.h)

Overall dimension

(L*W*H)(mm)

Weight

(kg)KW KVA KW KVA Perkins

Leroy Somer

or Equal

EP375-N 300 375 330 413 4006-23TRS1 LSA Series 6. in Line 160/190 23 1500/1800 0.3 4646*1992*2189 6056



EP625-N 500 625 550 688 4008-30TRS2 LSA Series 8. in Lee 160/190 30.6 1500/1800 0.25 5540*1992*2283 7485

EP1100-N 880 1100 968 1210 4016-61TRS1 LSA Series 16. in Lee 160/190 30.6 1500/1800 0.25 6767*2100*2750 10120

EP1250-N 1000 1250 1100 1375 4016-61TRS2 LSA Series 16. in Vee 160/190 61 1500/1800 0.25 6767*2100*2750 10120

MWM-Deutz Natural Gas Generator(50HZ/60HZ)

Genset

Model

Prime PowerStandby


Cylinders&

Type

BoreStroke

(mm)

Displace

ment (L)

Rotation Speed

(rpm,50HZ/60HZ)

Gas

Consumption

(m3/kw.h)

Overall dimension

(L*W*H)(mm)

Weight

(kg)KW KVA KW KVA

MWM-

Deutz

Leroy Somer

or Equal

EM200-N 160 200 176 220 BF6M1015 LSA Series 6. in Vee 132/145 12 1500/1800 0.3 2620*1160*1810 2500

EM225-N 180 225 200 250 BF6M1015 LSA Series 6. in Vee 132/145 12 1500/1800 0.3 2620*1160*1810 2500

EM300-N 240 300 264 330 BF8M1015 LSA Series 8. in Vee 132/145 15.8 1500/1800 0.3 3380*1340*1890 3000

EM375-N 300 375 330 413 TBD234V12 LSA Series 12. in Lee 128/140 15.8 1500/1800 0.25 3800*1250*1850 4000

EM438-N 350 438 385 481 TBD604L6 LSA Series 6. in Lee 170/195 26.6 1500/1800 0.25 3988*1550*2069 5000

EM500-N 400 500 440 550 TBD604L6 LSA Series 6. in Lee 170/195 26.6 1500/1800 0.25 3988*1550*2069 5000

EM625-N 500 625 550 688 TBD620V8 LSA Series 8. in Vee 170/195 35.4 1500/1800 0.25 4015*1450*2480 8800




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JDEC and CSR Series Natural Gas Generator(50HZ/60HZ)

Genset

Model

Rated PowerContinuous


Cylinders&

Type

BoreStroke

(mm)

Displace

ment (L)

Rotation Speed

(rpm,50HZ/60HZ)

Gas

Consumption

(m3/kw.h)

Overall dimension

(L*W*H)(mm)

Weight

(kg)

KW KVA KW KVA JDEC/CSR

Simens or

Equal

ES188-N 150 188 120 150 12V135T IFC Series 12. in Vee 135/150 25.8 1500/1800 0.3 3400*1350*1850 3500

ES250-N 200 250 160 200 12V135AT IFC Series 12. in Vee 135/150 25.8 1500/1800 0.3 3570*1350*1850 3600

ES300-N 240 300 200 250 12V138AT IFC Series 12. in Vee 138/160 25.8 1500/1800 0.3 3700*1350*1900 3800

EJ375-N 300 375 240 300 6190ZLT IFC Series 6. in Lee 190/210 36 1000/1200 0.25 4980*1760*2230 8900

EJ400-N 320 400 260 325 G8V190ZLD IFC Series 8. in Lee 190/210 48 1000/1200 0.25 4566*2040*2200 10700

EJ500-N 400 500 320 400 12V190DT IFC Series 12. in Vee 190/210 71.5 1000/1200 0.25 4566*2040*2200 11800

EJ563-N 450 563 360 450 12V190ZDT IFC Series 12. in Vee 190/210 71.5 1000/1200 0.25 4790*2040*2212 11800

EJ625-N 500 625 400 500 12V190ZDT IFC Series 12. in Vee 190/210 71.5 1000/1200 0.25 4790*2040*2212 12000

EJ750-N 600 750 500 625 G12V190ZLDT IFC Series 12. in Vee 190/215 71.5 1000/1200 0.25 5260*2040*2500 12800

EJ875-N 700 875 600 750 AD12V190ZLT IFC Series 12. in Vee 190/215 71.5 1000/1200 0.25 5800*2200*2500 15000

EJ1000-N 800 1000 800 1000 H16V190ZLT IFC Series 16. in Vee 190/215 97.5 1000/1200 0.25 6070*2380*2776 22000

EJ1250-N2 1000 1250 800 1000 H16V190ZLT IFC Series 16. in Vee 190/215 97.5 1000/1200 0.25 6070*2380*2776 22000



EN1600-N 1280 1600 1000 1250 H12V240ZDT IFC Series 12. in Vee 240/275 149 1000/1200 0.25 6710*2950*3000 32300

EN2000-N 1600 2000 1280 1600 H16V280ZDT IFC Series 16. in Vee 280/285 280.8 1000/1200 0.25 11000*4000*4000 39000




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ABOUT CHP (COMBINED HEAT&POWER)FOR GAS GENERATING STATION

Combined Heat and Power (CHP) is the on-site generation of electricity and the utilization of the heat that is a by-product of the generation process. For a wide range of buildings, CHP can offer an

economical method of providing heat and power which is less environmentally harmful than conventional methods.

For Generator Set, combined heat and power (CHP) integrates the production of usable heat and power (electricity), in one single, highly efficient process. CHP generates electricity whilst also capturing

usable heat that is produced in this process. This contrasts with conventional ways of generating electricity where vast amounts of heat is simply wasted. In todays coal and gas fired power stations, up to

two thirds of the overall e nergy consumed is lost in this way, often seen as a cloud of steam rising from cooling towers. Their relative sophistication means that the overall efficiency of CHP plants can reach

65-80% or more.

As an energy generation process, CHP is fuel neutral. This means that a CHP process can be applied to both renewable and fossil fuels. The specific technologies employed, and the efficiencies they achieve

will vary, but in every situation CHP offers the capability to make more e fficient and effective use of valuable primary energy resources.

CHP plants provide local heat, electricity and sometimes even cooling to various types of users. Because the energy is produced locally, CHP has the added benefit of avoiding efficiency losses incurred

through transmission and distribution of electricity through the National Grid and local distribution networks. Around 7% of energy would usually be lost when the network is used to transport energy from

the generation source to the user.

WHY CHOOSE CHP ?

CHP is first and foremost an energy efficiency technology based on traditional gas engine generator. It provides a means to substantially reduce fuel, or primary energy, consumption without compromising

the quality and reliability of the energy supply to consumers. Consequently it provides a cost-effective means of generating low-carbon or renewable energy.

CHP provides the following direct benefits:

A minimum of 10% energy savings required by the CHP Quality Assurance scheme

Conventional CHP (heat recovery for exhaust gas) can generate hot water (70-90 ) and Steam (1 MPA) for civil use or industrial use.

Cost savings of between 15% and 40% over electricity sourced from the grid and heat generated by on-site boilers

A minimum of 10% carbon dioxide savings for good quality natural gas CHP in comparison to conventional forms of energy generation High overall efficiency up to 65-80% or more at the point of use

A proven and reliable technology with numerous successful installations throughout the world.

These in turn deliver a range of beneficial outcomes:

A reduction in the cost of energy can improve competitiveness of industry and business, help to alleviate fuel poverty and lower cost in delivery of public services

Enhanced security of supply, making energy go further, through more efficient use of fuel

Increased flexibility and reliability of energy supply, both nationally and locally as CHP can complement and enhance other forms of energy generation

Flexible and responsive heat supplies the thermal energy (heat or cooling) produced by CHP can be easily stored and later delivered to meet demand as required by the user

Reduced overall demand on centralized power supply, such as large scale coal or gas fired power stations thus reducing stress on the electricity grid.

Natural Gas Generator 58

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